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DESIGN AND CONSTRUCTION OF A HEATED GARDEN SYSTEM UTILIZING STEAM CONDENSATE FROM AN ON SITE BOILER

机译:利用现场锅炉蒸汽冷凝水的加热花园系统的设计与施工。

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Municipal District Heating Services and Combined Heat and Power (CHP) systems can produce waste heat in the form of steam condensate and hot water. The authors have demonstrated (IMECE2014-39066) the potential of open field heating of green roofs to reduce thermal pollution, save potable water, and while increasing plant growth. Subsequent research in both Iceland and New York City using similar systems has resulted in the growth of out of region plants. The latest plant growth results are detailed The latest research has indicated additional potential impediments, including the need for an additional CHP system pump. A thorough structural analysis on existing older roofs is necessary to avoid an overstressed roof. Substantial UV shielding of the plastic piping and upgrading of the pipes from braided PVC to PEX(a) was also needed. The details of selecting an appropriate heat exchanger were analyzed for a specific building and associated construction details are provided.
机译:市政区域供热服务和热电联产(CHP)系统会以蒸汽冷凝水和热水的形式产生废热。作者已经证明了(IMECE2014-39066)露天屋顶加热绿色屋顶的潜力,可以减少热污染,节省饮用水并增加植物的生长。随后在冰岛和纽约市使用类似系统进行的研究导致异地植物的生长。详细的最新植物生长结果最新研究表明了其他潜在的障碍,包括需要额外的CHP系统泵。必须对现有的旧屋顶进行彻底的结构分析,以免屋顶过应力。还需要对塑料管道进行大量的紫外线防护,并将管道从编织的PVC升级为PEX(a)。针对特定建筑物分析了选择合适的热交换器的细节,并提供了相关的构造细节。

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